def post(self, name=None):
a = _get_input(["name", "unit"])
_ensure_service_env(a.get("name"))
unit = retrieve_dbo(Unit, a.get("unit"))
sensor = retrieve_dbo(Sensor, a.get("name"), create=unit)
sensor.unit = unit
description, factor = a.get("description"), a.get("factor")
if description:
sensor.description = description
if factor is not None:
sensor.factor = factor
db.session.add(sensor)
db.session.commit()
return a
def post(self, sensorname=None):
a = _get_input(["value", "sensor"])
_ensure_service_env(a.get("sensor"))
data = Data(a.get("value"), retrieve_dbo(Sensor, a.get("sensor")))
db.session.add(data)
db.session.commit()
return a
def get(self, sensorname=None):
if sensorname:
_ensure_service_env(sensorname)
return [
data.api_repr(as_num=True if sensorname != the_shouts else False)
for data in retrieve_dbo(Sensor, sensorname).get_data().all()
]
abort(400, error="please specify a sensor")
def post(self, name=None):
a = _get_input(["name", "sensors"])
collection = None
if a.get("name") != the_non_collection:
collection = retrieve_dbo(Collection, a.get("name"), create=True)
description = a.get("description")
if description:
collection.description = description
for s in a.get("sensors", []):
sensor = retrieve_dbo(Sensor, s)
if a.get("name") == the_non_collection:
sensor.collection_id = None
sensor.collection = collection
db.session.add(sensor)
db.session.commit()
return a
def post(self, name=None):
a = _get_input(["name"], opt=["axis", "description"])
unit = retrieve_dbo(Unit, a.get("name"), create=True)
axis, description = a.get("axis"), a.get("description")
if axis is not None:
unit.axis = axis
if description:
unit.description = description
db.session.add(unit)
db.session.commit()
return a
def get(self, name=None):
non_collection = None
non_sensors = Sensor.query.filter(Sensor.collection == non_collection)
if name:
if name != the_non_collection:
return retrieve_dbo(Collection, name).api_repr()
return {
"description": "The Non-Collection",
"name": the_non_collection,
"sensors": [s.name for s in non_sensors.all()],
}
res = [c.name for c in Collection.query.all()]
return sorted(res + [the_non_collection] if non_sensors.count() else res)
def get(self, collectionname=None):
def _chk_sens(s):
return all([s.unit, s.unit.axis in the_axis.keys(), s.get_data().first()])
non_collection = None
if collectionname:
collection = (
non_collection if collectionname == the_non_collection else retrieve_dbo(Collection, collectionname)
)
return [
sensor.flot_repr()
for sensor in Sensor.query.filter(Sensor.collection == collection).order_by(Sensor.name.asc()).all()
if _chk_sens(sensor)
]
return sorted(
set(
[
sensor.collection.name if sensor.collection != non_collection else the_non_collection
for sensor in Sensor.query.all()
if _chk_sens(sensor)
]
)
)
def get(self, name=None):
if name:
return retrieve_dbo(Unit, name).api_repr()
return [u.name for u in Unit.query.all()]
def get(self, name=None):
if name:
_ensure_service_env(name)
return retrieve_dbo(Sensor, name).api_repr(as_num=True if name != the_shouts else False)
return [s.name for s in Sensor.query.all()]
